public static void ElementTypeOfArrayIsOnlyTypeDiscovered()
{
// Arrange
var jsonConfigType = typeof(TypesToRegisterJsonSerializationConfiguration <RegisteredKey, RegisteredValue>);
var expectedKey = new RegisteredKey {
Property = A.Dummy <string>()
};
var expectedValue = new RegisteredValue {
Property = A.Dummy <string>()
};
var expectedTuple = new Tuple <RegisteredKey, RegisteredValue>(expectedKey, expectedValue);
var expectedDictionary = new Dictionary <RegisteredKey, RegisteredValue> {
{ expectedKey, expectedValue }
};
// Act, Assert
void ThrowIfTuplesDiffer(DescribedSerializationBase describedSerialization, Tuple <RegisteredKey, RegisteredValue> deserialized)
{
deserialized.Item1.Property.Should().Be(expectedTuple.Item1.Property);
deserialized.Item2.Property.Should().Be(expectedTuple.Item2.Property);
}
void ThrowIfDictionariesDiffer(DescribedSerializationBase describedSerialization, Dictionary <RegisteredKey, RegisteredValue> deserialized)
{
deserialized.Single().Key.Property.Should().Be(expectedDictionary.Single().Key.Property);
deserialized.Single().Value.Property.Should().Be(expectedDictionary.Single().Value.Property);
}
// Act, Assert
expectedTuple.RoundtripSerializeViaJsonWithCallbackVerification(ThrowIfTuplesDiffer, jsonConfigType);
expectedDictionary.RoundtripSerializeViaJsonWithCallbackVerification(ThrowIfDictionariesDiffer, jsonConfigType);
}
public void RegisterKey(Keys key, KeyboardEventHandler eventHandler)
{
int keyIdx = -1;
for (int idx = 0; idx < m_registeredKeys.Count; ++idx)
{
if (m_registeredKeys[idx].Key == key)
{
keyIdx = idx;
break;
}
}
if (keyIdx != -1)
{
m_registeredKeys[keyIdx].AddHandler(eventHandler);
}
else
{
RegisteredKey rk = new RegisteredKey(key);
rk.AddHandler(eventHandler);
m_registeredKeys.Add(rk);
}
}
